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CFD Engineer - Thermal Brake Methodology

Silverstone, England, United Kingdom

The Cadillac Formula 1 Team is what happens when history, purpose and daring talent come together. Backed by TWG Global and GM, our team is uniquely positioned to disrupt Formula 1, bringing a fresh perspective and an unrelenting drive for success.

Building the car is just the start. We're building a global brand and a legacy that will shape the future of motorsports. At the core of our ambition is a high-performance environment for our people, driven by bold ambition, leadership in innovation, excellence in execution. We are one team. For those who want to dare and dream, make and craft, create a legacy that lasts. A historic name behind us. Career-defining moments ahead.

For those who want to feel unstoppable. This one's for you.

Closing Date: Friday 31st July 2026

More about the opportunity

We are seeking a talented CFD Engineer to join our multi‑disciplinary Aerodynamics group, focusing on developing and advancing thermal brake CFD methodologies. You will improve predictive accuracy, correlation, and robustness of thermal modeling while working closely with aerodynamicists, process engineers, and software engineers to ensure our modeling approaches remain accurate, efficient, and aligned with performance objectives.

  • Develop and refine thermal brake CFD methodologies to improve accuracy, robustness, and correlation with test data
  • Define best‑practice modeling approaches, assumptions, and interpretation guidelines
  • Contribute across CFD domains, with strong emphasis on thermal modeling and brake thermal behavior
  • Support integration of new and updated methodologies into established CFD workflows
  • Communicate findings clearly to stakeholders
  • Provide technical guidance to CFD users to ensure consistent methodology application

What do we need from you?

  • Degree in Aerospace, Motorsport, Mechanical Engineering, or similar, ideally with a CFD/Aerodynamics focus, or equivalent
  • 2+ years’ experience in a relevant motorsport CFD role
  • Strong grounding in fluid dynamics, numerical methods, and turbulence modeling
  • Reliable, accurate, and able to deliver high‑quality work under time pressure
  • Strong written and verbal communication skills.
  • Confidence engaging with technical and senior stakeholders
  • Experience with commercial or open‑source CFD solvers, ideally for thermal applications
  • Experience correlating CFD with wind tunnel, dyno, or track data
  • Understanding of solver behavior, numerical stability, or modeling limitations